啊哈有谁能够了解错过你的 [高分悬赏]有谁能够帮忙翻译英文论文的，翻译的好的话 再追加100分。我问两次，然后再把分给你！急！

[高分悬赏]有谁能够帮忙翻译英文论文的，翻译的好的话 再追加100分。我问两次，然后再把分给你！急！  

[高分悬赏]有谁能够帮忙翻译英文论文的，翻译的好的话 再追加100分。我问两次，然后再把分给你！急！

Acid oxide modity: acidic oxide
Pinyin: suanxingyanghuawu
English name: acid (IC) oxide
Description: acid oxide is a kind of can with water transamination acid or alkali transamination with salt and water oxide. General is a non-metallic element of transition metal oxides and certain elements of high prices oxide. For example sulphur trioxide SO3, five oxidation 2 phosphorus P2O5 and seven oxidation 2 manganese Mn2O7, three chrome oxide CrO3 etc.
We know with acid, alkali salt and water and reacts with certain alkali nonmetallic oxide reaction, also generate salt and water. For example
2NaOH + H2SO4 = Na2SO4 + 2H2O
2NaOH + CO2 = Na2CO3 + H2O
Ca (OH) 2 + SO3 = CaSO4 + H2O
The above reaction showed that carbon dioxide, sulphur trioxide with acid properties similar. Therefore, people put carbon dioxide, sulphur trioxide such reacts with alkali salt and water oxide, called acid oxide.
Non-metal oxide most is acidic oxides, our familiar nonmetal oxide, carbon monoxide and nitric acid oxide, usually not be included under no acid oxide.
Properties and other:
1, acid oxide most can directly bined with water generated oxygen-bearing acid.
The CO2 + H2O = H2CO3
Low SO3 + H2O = H2SO4
SO2 + H2O = H2SO3 (sulfite)
2, oxygen acid can also thermal deposition an acidic oxides. For example, will be available sulfuric acid heating three oxygen
Of sulfur and water:
H2SO4 = SO3 ↑ + H2O
Here sulphur trioxide is seen as the products of sulfuric acid after dehydration, so also the acid oxide called anhydride.
SiO2, N2O5, also be acid oxide, but silica insoluble in water, can't directly generate silicate bined with water
3, to judge the acid oxide is the most important basis for chemical reaction after the element bining remain unchanged.
Exception:
Silica is a more specific acid oxide.
Silica can and hydrofluoric acid reaction, but not with water reaction.
Note:
Acid oxide mostly nonmetal oxide
Most of the non-metallic oxide is acid oxide
Oxygen acid only acid oxide
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有谁能够帮忙翻译英文论文的，高分悬赏。翻译的好的话 再追加100分。我问两次，然后再把分给你！

Acid oxide modity: acidic oxide
Pinyin: suanxingyanghuawu
English name: acid (IC) oxide
Description: acid oxide is a kind of can with water transamination acid or alkali transamination with salt and water oxide. General is a non-metallic element of transition metal oxides and certain elements of high prices oxide. For example sulphur trioxide SO3, five oxidation 2 phosphorus P2O5 and seven oxidation 2 manganese Mn2O7, three chrome oxide CrO3 etc.
We know with acid, alkali salt and water and reacts with certain alkali nonmetallic oxide reaction, also generate salt and water. For example
2NaOH + H2SO4 = Na2SO4 + 2H2O
2NaOH + CO2 = Na2CO3 + H2O
Ca (OH) 2 + SO3 = CaSO4 + H2O
The above reaction showed that carbon dioxide, sulphur trioxide with acid properties similar. Therefore, people put carbon dioxide, sulphur trioxide such reacts with alkali salt and water oxide, called acid oxide.
Non-metal oxide most is acidic oxides, our familiar nonmetal oxide, carbon monoxide and nitric acid oxide, usually not be included under no acid oxide.
Properties and other:
1, acid oxide most can directly bined with water generated oxygen-bearing acid.
The CO2 + H2O = H2CO3
Low SO3 + H2O = H2SO4
SO2 + H2O = H2SO3 (sulfite)
2, oxygen acid can also thermal deposition an acidic oxides. For example, will be available sulfuric acid heating three oxygen
Of sulfur and water:
H2SO4 = SO3 ↑ + H2O
Here sulphur trioxide is seen as the products of sulfuric acid after dehydration, so also the acid oxide called anhydride.
SiO2, N2O5, also be acid oxide, but silica insoluble in water, can't directly generate silicate bined with water
3, to judge the acid oxide is the most important basis for chemical reaction after the element bining remain unchanged.
Exception:
Silica is a more specific acid oxide.
Silica can and hydrofluoric acid reaction, but not with water reaction.
Note:
Acid oxide mostly nonmetal oxide
Most of the non-metallic oxide is acid oxide
Oxygen acid only acid oxide
译文：
酸性氧化物 品名:酸性氧化物
拼音:suanxingyanghuawu
英文名称：acid (ic) oxide
说明:酸性氧化物是一类能与水作用生成酸或与碱作用生成盐和水的氧化物。一般是非金属元素的氧化物和某些过渡金属元素的高价氧化物。例如三氧化硫SO3、五氧化二磷P2O5、七氧化二锰Mn2O7、三氧化铬CrO3等。
我们知道,碱跟酸反应生成盐和水,碱跟某些非金属氧化物反应,也生成盐和水.例如
2NaOH+H2SO4=Na2SO4+2H2O
2NaOH+CO2=Na2CO3+H2O
Ca(OH)2+SO3=CaSO4+H2O
上述反应表明,二氧化碳,三氧化硫跟酸的性质相似.因此,人们把二氧化碳,三氧化硫这样能跟碱反应生成盐和水的氧化物,称为酸性氧化物.
非金属氧化物大多数是酸性氧化物,我们熟悉的非金属氧化物中,一氧化碳和一氧化氮不是酸性氧化物，通常将其归入不成酸氧化物.
性质及其他：
1、酸性氧化物大多数能跟水直接化合生成含氧酸.
CO2+H2O=H2CO3
SO3+H2O=H2SO4
SO2+H2O=H2SO3 (亚硫酸)
2、含氧酸也可以受热分解生成酸性氧化物.例如,将硫酸加热可得到三氧
化硫和水:
H2SO4=SO3↑+H2O
在这里三氧化硫可以看做是硫酸脱水后的生成物,因此也把酸性氧化物叫做酸酐.
SiO2,N2O5,也是酸性氧化物，但二氧化矽不溶于水，不能与水直接化合生成矽酸
3、判定酸性氧化物最重要依据是化学反应前后各元素化合价保持不变.
特例：
二氧化矽是较特殊的酸性氧化物。
二氧化矽可以和氢氟酸反应，但不能同水反应。
注意：
酸性氧化物中大多数是非金属氧化物
非金属氧化物中大多数是酸性氧化物
含氧酸才有酸性氧化物
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Good thing

帮我翻译个英文论文题目，给高分

The Prediction Model of China's Economic Development

谁能帮我翻译下这篇论文，有点多 不要线上翻译的 线上我也会 能翻译的追加100分

1.介绍
资讯科技和软体在过去数十年里的应用被广泛地记录下来。高效应用资讯科技会给组织带来令人惊讶的利益。不过，资讯科技的成功运用取决于技术本身和个人使用技术（technology）的技术（skill）或者专精程度。为了提高技这些运用新电脑的技术，组织给予员工培训和开发专案大量的投资。其实，培训（Training）杂志的工业报告（1998年）说有33%的正规训练课程是教授员工有关电脑知识的。

请帮忙把这句话翻译成英语。{翻译的好追加十分}

Can Steve jobs really as a personal beliefs?

高分悬赏 vb翻译 会的人留q 追加悬赏

多长？QQ我
273047005
太长就不要来了

关于一篇材料类实验英文论文的一小段翻译（约1400-1500单词的翻译，高分悬赏）

Experimental results and discussion
实验结果和讨论
This study includes three separate
experiments. The o main experiments were carried out from August 2008 to
March 2009, to pare indoor thermal conditions in building A and building C under
real weather conditions. The first case considered free floating conditions in
the rooms, while in the second case the spaces were conditioned and electricity
consumption for air conditioning was measured. The third experiment took place
in September 2008, paring coating effects applied on different envelope
surface materials. In the following sections, representative experimental
results are presented for all cases.
本研究包括三个独立性实验，其中两个主要实验实施于2008年8月到2009年3月，实验内容是在真实天气条件下比较A建筑和C建筑的室内热力学状态。第一种情况中考虑到室内的自由浮动状态，第二种情况中空间有空调装置，并且测量了空调的耗电量。第三个实验实施于2008年9月，比较了应用在不同表面材料的涂层的影响。以下部分将会介绍所有情况下具有代表性的实验结果。